IOTCmove

optional list created by <code>SS_output</code>

replist

age for which movemement rates will be represented

moveage

season for which movement rates will be represented

moveseas

add a legend to show the movement rate associated with the
widest arrows

legend

optional title to add at top of figure

title

areanames

Additional arguments can get passed to
<code><a rd-options="" href="/link/SSplotMovementMap?package=r4ss&version=1.24.0" data-mini-rdoc="r4ss::SSplotMovementMap">SSplotMovementMap</a></code>

Run the <code><a rd-options="" href="/link/SSplotMovementMap?package=r4ss&version=1.24.0" data-mini-rdoc="r4ss::SSplotMovementMap">SSplotMovementMap</a></code> function with defaults related to a
5-area model for tunas in the Indian Ocean as discussed at the Indian Ocean
Tuna Commission Working Party on Tropical Tunas in October, 2010. Obviously
this is not useful for the majority of r4ss users, but it could serve as an
example of how a wrapper function might be written for any other model.

hplot

A collection of R functions for use with Stock Synthesis, a
fisheries stock assessment modeling platform written in ADMB by Dr. Richard
D.  Methot at the NOAA Northwest Fisheries Science Center. The functions
include tools for summarizing and plotting results, manipulating files,
visualizing model parameterizations, and various other common stock
assessment tasks.

Ian Taylor

r4ss

R Code for Stock Synthesis

IOTCmove function

Additional arguments can get passed to
<code><a rd-options='' href='SSplotMovementMap'>SSplotMovementMap</a></code>

Run the <code><a rd-options='' href='SSplotMovementMap'>SSplotMovementMap</a></code> function with defaults related to a
5-area model for tunas in the Indian Ocean as discussed at the Indian Ocean
Tuna Commission Working Party on Tropical Tunas in October, 2010. Obviously
this is not useful for the majority of r4ss users, but it could serve as an
example of how a wrapper function might be written for any other model.

IOTCmove: Make a map of movement for a 5-area Indian Ocean model

Description

Usage

Arguments